Add to ORKGThe ALEPH-experiment at the LEP e+e- storage ring at CERN has been used to measure the momentum spectrum of cosmic ray muons. ALEPH is located at a vertical depth of 320 m.w.e. underground close to the Jura mountains. The time projection chamber (TPC) of ALEPH with its excellent spatial resolution allows to reconstruct tracks of single and multiple muons with high accuracy. A strong magnetic field of 1.5 Tesla provides the basis of the momentum measurement. About 1.4 Million triggers with single and multiple muon events have been analysed. The obtained muon momentum spectrum and the charge ratio in the range from 80 to 2500 GeV/c is presented. After corrections for energy loss in the overburden the muon spectrum at surface is obtained. The ...
The L3+C experiment combines the high precision spectrometer of the L3 detector at LEP, CERN, with a...
The OPERA detector at the Gran Sasso underground laboratory (LNGS) was used to measure the cosmic ra...
We present a measurement of the ratio of positive to negative muon fluxes from cosmic ray interactio...
The ALEPH-experiment at the LEP e+e- storage ring at CERN has been used to measure the momentum sp...
The ALEPH experiment at the LEP e**+e**- storage ring at CERN has been used to measure the momentum ...
Cosmic ray muons are produced through interactions of primary cosmic radiation in the atmosphere. Th...
Cosmic muons are produced through interactions of primary cosmic radiation in the atmosphere. They a...
The ALEPH detector at LEP has been used to measure the momentum spectrum and charge ratio of vertica...
Since their discovery, great progress has been achieved in the field of cosmic ray physics particula...
We have determined the momentum spectrum and charge ratio of muons in the region from 250 MeV/c to 1...
The ALEPH detector at LEP has been supplemented with five scintillator telescopes. This CosmoALEPH e...
Contains fulltext : 19186_cosmrainm.pdf (publisher's version ) (Open Access)This t...
The CosmoALEPH experiment, located underground at the LEP e+e? storage ring at CERN at a depth of 32...
L3+C is a branch experiment on L3 magnet spectrometer, which is located on the ring of LEP accelerat...
The L3+C experiment combines the high precision spectrometer of the L3 detector at LEP, CERN, with a...
The OPERA detector at the Gran Sasso underground laboratory (LNGS) was used to measure the cosmic ra...
We present a measurement of the ratio of positive to negative muon fluxes from cosmic ray interactio...
The ALEPH-experiment at the LEP e+e- storage ring at CERN has been used to measure the momentum sp...
The ALEPH experiment at the LEP e**+e**- storage ring at CERN has been used to measure the momentum ...
Cosmic ray muons are produced through interactions of primary cosmic radiation in the atmosphere. Th...
Cosmic muons are produced through interactions of primary cosmic radiation in the atmosphere. They a...
The ALEPH detector at LEP has been used to measure the momentum spectrum and charge ratio of vertica...
Since their discovery, great progress has been achieved in the field of cosmic ray physics particula...
We have determined the momentum spectrum and charge ratio of muons in the region from 250 MeV/c to 1...
The ALEPH detector at LEP has been supplemented with five scintillator telescopes. This CosmoALEPH e...
Contains fulltext : 19186_cosmrainm.pdf (publisher's version ) (Open Access)This t...
The CosmoALEPH experiment, located underground at the LEP e+e? storage ring at CERN at a depth of 32...
L3+C is a branch experiment on L3 magnet spectrometer, which is located on the ring of LEP accelerat...
The L3+C experiment combines the high precision spectrometer of the L3 detector at LEP, CERN, with a...
The OPERA detector at the Gran Sasso underground laboratory (LNGS) was used to measure the cosmic ra...
We present a measurement of the ratio of positive to negative muon fluxes from cosmic ray interactio...